L3 Autonomous Driving

According to a report by Xinhua News Agency, on December 15, 2025, the Ministry of Industry and Information Technology officially issued the first batch of conditional access permits for L3-level autonomous driving in China. Two models have been put into pilot operation on designated expressways and express roads in Beijing and Chongqing respectively, marking that China's autonomous driving industry has moved from the testing and verification stage to a new development phase of access supervision and controlled commercialization, with the industry accelerating its in-depth evolution towards L4 and higher-level autonomous driving.

This milestone represents a significant shift in the regulatory logic of autonomous driving, indicating that L3 systems are no longer confined to closed testing scenarios but are beginning to operate under real traffic conditions with defined responsibility boundaries. It also highlights the growing confidence of regulators in the maturity of perception, decision-making, and safety redundancy technologies.

Targeting the pain points of perception blind spots in complex road conditions and extreme environments for high-level autonomous driving, as well as the core safety demands under the "human-machine co-driving" mode, CISBO Company has launched three core products: AI 360° Blind Spot Monitoring, BSD Blind Spot Detection System, and PWAS Vehicle Approach Warning System. Relying on multi-sensor fusion technology and full-stack self-developed perception algorithms, these products achieve accurate identification and early warning of long-tail scenarios such as "ghost crossings", construction sections, and low-speed vehicle meetings.

Under the L3 driving paradigm, where control authority alternates dynamically between the driver and the system, blind spot perception becomes a critical safety boundary. CISBO’s product design directly addresses this challenge by focusing on areas where traditional perception solutions often fail, especially in near-field and lateral detection zones that are highly susceptible to sudden risk emergence.

This full-stack perception solution not only effectively compensates for the performance shortcomings of a single sensor in environments such as rain, fog, and backlight but also consolidates the safety foundation of high-level autonomous driving through massive real road data training and scenario-based verification, providing all-weather and highly reliable safety guarantees for future large-scale travel scenarios. It fully demonstrates the company's technological precipitation, forward-looking layout, and sense of responsibility in the automotive electronics field.

By integrating hardware-level sensing with algorithm-level intelligence, the solution ensures that perception performance remains stable across diverse traffic environments. Continuous optimization through real-world data feedback allows the system to improve its recognition accuracy for rare and complex scenarios, which are often the decisive factors affecting autonomous driving safety.

With the approval of China’s first batch of L3 autonomous driving vehicle access permits, the industry is accelerating into a phase of in-depth commercialization and advancing toward the goal of L4 and higher-level autonomous driving. SHENZHEN CISBO TECHNOLOGY CO.,LTD has accurately identified the core safety needs of future intelligent mobility and launched three flagship blind spot intelligent products: the AI 360° Blind Spot Monitoring System, BSD Blind Spot Detection System, and PWAS Vehicle Approach Warning System. These end-to-end perception solutions lay a solid safety foundation for high-level autonomous driving, provide reliable protection for large-scale future mobility scenarios, and demonstrate the enterprise’s forward-looking layout and sense of responsibility in the automotive electronics sector.

In the iterative evolution of high-level autonomous driving technology, a comprehensive and high-precision environmental perception system remains the core prerequisite for breaking through safety bottlenecks. As a national high-tech enterprise with over 20 years of experience in the automotive electronics industry, SHENZHEN CISBO TECHNOLOGY CO.,LTD developed three core products, which deeply meets the stringent blind spot perception standards of L3 autonomous driving. Years of technical accumulation have enabled the company to establish a mature R&D system covering sensor fusion, embedded systems, and intelligent algorithms. This long-term focus on foundational technology allows CISBO to respond rapidly to the evolving requirements of higher-level autonomous driving.Among them, the AI 360° Blind Spot Monitoring System integrates 77GHz millimeter-wave radar with advanced AI vision algorithms, which will achieve ultimate 360° all-around environmental coverage in the future while continuously reducing the false alarm rate to an ultra-low industry level; the Blind Spot Detection System has been continuously optimized for near-field perception pain points, capable of accurately capturing various dynamic and static obstacles within 1-40 meters, effectively addressing risks such as "sudden pedestrian crossings" in complex road conditions; the triple early warning mechanism built by the Vehicle Approach Warning System enables millisecond-level response and more intelligent graded intervention, building a strong safety defense for drivers, passengers, and road users.

The R&D team of SHENZHEN CISBO TECHNOLOGY CO.,LTD stated that, relying on the profound technical accumulation of its R&D laboratory and the advantages of more than 50 core patents, the enterprise will continue to deepen technological innovation, promote the iterative upgrading of perception algorithms and hardware solutions, and enable products to be deeply adapted to diverse high-level autonomous driving application scenarios such as highways, urban roads, and smart parks.Future development efforts will focus on enhancing algorithm generalization capability and sensor synergy efficiency, ensuring that perception systems maintain high reliability even under extreme weather conditions, complex lighting environments, and dense traffic flows. Leveraging the technical advantages of multi-radar sensor fusion, CISBO will continuously ensure perception stability and reliability under harsh environments such as extreme weather and complex lighting conditions. By collaborating with global automotive industry partners, SHENZHEN CISBO TECHNOLOGY CO.,LTD aims to support the large-scale implementation of L3 and higher-level autonomous driving worldwide, use technological strength to outline a safer and more efficient blueprint for future mobility, and continuously expand its global footprint in the intelligent automotive electronics market.